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CVE-2022-31879 Scanner

Detects 'SQL Injection' vulnerability in Online Fire Reporting System affects v. 1.0


Short Info




Single Scan

Can be used by

Asset Owner

Estimated Time

10 sec

Scan only one

Domain, Ipv4

Parent Category

CVE-2022-31879 Scanner Detail

The Online Fire Reporting System version 1.0 is a web-based application designed to facilitate the reporting and management of fire incidents online. It is intended for use by fire departments, emergency response teams, and public safety organizations to streamline the process of recording, tracking, and analyzing fire incidents. This system allows for the efficient collection and dissemination of fire-related data, enhancing the ability of emergency services to respond to and manage fire situations. It features a user-friendly interface for entering and retrieving information and provides administrative functions for managing reports and analytics.

The vulnerability in the Online Fire Reporting System 1.0 lies in its handling of user inputs, specifically through the date parameter. This flaw allows attackers to inject arbitrary SQL code into the application's queries, bypassing input validation mechanisms. SQL Injection vulnerabilities like this can lead to unauthorized access to the database, enabling attackers to view, modify, or delete data. Such vulnerabilities are critical security issues that can compromise the integrity and confidentiality of the system's data.

The SQL Injection vulnerability is triggered when an attacker manipulates the 'date' parameter in the URL accessed by the admin page for reports. By inserting an SQL payload into this parameter, the attacker can alter the SQL query executed by the server. This particular vulnerability demonstrates a lack of proper sanitization and validation of user-supplied inputs. Attackers can exploit this to perform a wide range of unauthorized database operations, including extracting sensitive information from the database.

The exploitation of this SQL Injection vulnerability could have severe consequences for the Online Fire Reporting System. It could lead to unauthorized disclosure of sensitive data, including personal information of individuals reported in fire incidents, internal operational data, and potentially access credentials stored in the database. Furthermore, attackers could alter or delete critical data, undermining the system's reliability and the effectiveness of fire reporting and response operations. This could also lead to a loss of trust in the system by its users and the general public.

Joining SecurityForEveryone provides you with access to advanced scanning technologies that can identify vulnerabilities like SQL Injection in your web applications. Our service helps ensure the security and reliability of your digital platforms by offering detailed vulnerability assessments, remediation guidance, and continuous monitoring against new and emerging threats. Enhance your cybersecurity posture and protect your digital assets by leveraging SecurityForEveryone's comprehensive Cyber Threat Exposure Management service.



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